CE Certified Ese Lightning Conductor / Early Streamer Emission Lightning

Product Specification

CE certified ese / early streamer emission lightning conductor for sale

• EARLY STREAMER EMISSION LIGHTNING CONDUCTORS' APPLICATION AROUND THE WORLD.

If a lightning conductor has a mechanism producing ionization near its tip, then its lightning capture area is greatly increased. Initially, small quantities of radioactive isotopes were used as sources of ionization between 1930 and 1980, later replaced with various electrical and electronic devices. According to an early patent. Since most lightning conductors’ ground potentials are elevated, the path distance from the source to the elevated ground point will be shorter, creating a stronger field (measured in volts per unit distance) and that structure will be more prone to ionization and breakdown. Find out more about the descriptions & specifications of our Early Streamer Emission Lightning Conductors in our technical Catalog/Datasheet.

Nowadays, Early Streamer Emission Lightning Conductors are widely used in the world (see the following map). In 1986, which is the 1st year of available statistics, number of ESE lightning conductors was 4,088 pcs while in 1996 it was already a cumulated number of 112,412 pieces. The last 35 years have shown that Early Streamer Emission lightning conductors are highly efficient and that the E.S.E. solution is a reliable solution for advanced lightning protection system.

Key Benefits:

• Superior componenets adopted for assembling for quality guarantee Patent available for sole no-conflict sales
• Comply with latest NF C 17-102 standards
• TSTLP early streamer emission lightning conductor only becomes active when electrical field intensity rises Fully reliability and need NO maintenance
• Robust to withstand multiple lightning strikes and no maintenance is needed.

How TSTLP Ese Lightning Conductor works ?

1. ESE lightning conductor's lower electrodes gather energy from naturally occurring ambient electrical fields that increase as much as 100,000 volts per meter as the storm approaches.
2. The electrical energy that early streamer emission lightning conductor collects and stores in capacitors inside the device. Just before a lightning strike the atmospheric electrical field increases rapidly,activating the triggering device.
3. ESE lightning conductor’s trigger releases the stored energy in the capacitors through the upper electrodes at the tip of the lightning conductor and initiates an upward leader at the optimum moment.
4. Upward leader that early streamer emission lightning conductor produces connects with the downward leader and the result is a lightning strike that directed safely to ground through the lightning conductor, downleads, and grounding system.

TSTLP SMT-ESE40 early streamer emission lightning conductor's Technical Specs　

• Radius Protection Table of SMT-ESE40 as per NF C 17-102:2011 French standards

• Early Streamer Emission Lightning Conductor Protection of A Building

Installation procedure for TSTLP Early Streamer Emission Lightning Conductor follows the standard NF C 17-102 and follows a series of simple rules catering for all types of structures

• early streamer emission (ese) lightning conductors for construction site lightning protection

PDF Datasheet Download - TSTLP SMT-ESE40.pdf

ESE lightning conductor hs code: 8535400000

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